# Tests for region_highlight, true-color support, near-color support
# Version 0.5
%prep

  if [[ $OSTYPE == cygwin ]]; then
    ZTST_unimplemented='the zsh/zpty module does not work on Cygwin'
  elif zmodload zsh/zpty 2> /dev/null; then
    export TERM=xterm-256color
    zpty_start() {
      export PS1= PS2=
      zpty -d
      zpty zsh "${(q)ZTST_testdir}/../Src/zsh -fiV +Z"
      zpty -w zsh 'zle_highlight=( fg_start_code:"CDE|" fg_end_code:"|" bg_start_code:"BCDE|" bg_end_code:"|" )'
    }
    zpty_input() {
      zpty ${${(M)2:#nonl}:+-n} -w zsh "$1"
    }
    zpty_enable_zle() {
      zpty -w zsh "tcfunc() { REPLY=""; }"
      zpty -w zsh "setopt zle; zle -T tc tcfunc"  # This line will not be echoed back, behaving like ! -o zle
    }
    zpty_line() {
      setopt localoptions extendedglob noshwordsplit
      local REPLY cm=$'\r'
      integer i
      for (( i = 0; i < ${1:-1}; ++i )); do
        zpty -r zsh REPLY
        # P is for "preserve", induces keeping some
        # color codes to test region_highlight, etc.
        # The color codes are then made regular text
        [[ "$2" = "p" ]] && {
            print -rl -- "$REPLY" >> /tmp/output # THE LINE
            REPLY=${REPLY//$'\x1b'\[([2][0-9;]m|[JK]|\?[0-9]##(h|l))/}
            REPLY=${REPLY//(#b)$'\x1b'\[([0-9;]##m)/${match[1]}}
        } || {
            REPLY=${REPLY//$'\x1b'\[([0-9;]##m|[JK]|\?[0-9]##(h|l))/}
        }
        # Fix e^Mexit - match ((?)\r(?)), if \2 == \3, then replace with \2
        # otherwise replace with \1 stripped out of leading/trailing [[:space:]]
        REPLY=${REPLY//(#b)((?(#c0,1))$cm(?(#c0,1)))/${${${(M)match[2]:#${match[3]}}:+${match[2]}}:-${${match[1]##[[:space:]]##}%%[[:space:]]##}}}
        [[ -n "$REPLY" ]] && print -r -- ${${REPLY%%[[:space:]]##}##[[:space:]]##}
      done
    }
    zpty_stop() {
      setopt localoptions extendedglob
      local REPLY cm=$'\r'
      # Zle is active, can use Ctrl-D to exit
      zpty -n -w zsh $'\C-d'
      # zpty gives no output when piped without these braces (?)
      # The while loop with // substitution is to convert `e^Mexit'
      # into `exit' (see zpty_line). The sed commands remove escapes
      { zpty -r zsh } | sed $'/[^[:space:]]/!d; s/\r$//; s/\x1b\\[[0-9;]*m//g; s/\x1b\\[[JK]//g; s/\x1b\\[?[0-9]*[hl]//g' | while read REPLY; do REPLY=${REPLY//(#b)((?(#c0,1))$cm(?(#c0,1)))/${${${(M)match[2]:#${match[3]}}:+${match[2]}}:-${${match[1]##[[:space:]]##}%%[[:space:]]##}}}; print -rn -- "$REPLY"; done
      zpty -d
      :
    }
  else
    ZTST_unimplemented='the zsh/zpty module is not available'
  fi

%test

  zpty_start
  zpty_input 'rh_widget() { BUFFER="true"; region_highlight+=( "0 4 fg=green" ); }'
  zpty_input 'zle -N rh_widget'
  zpty_input 'bindkey "\C-a" rh_widget'
  zpty_enable_zle
  zpty_input $'\C-a'  # emits newline, which executes BUFFER="true" command
  zpty_line 1 p       # the line of interest, preserving escapes ("p")
  zpty_stop
0:basic region_highlight with 8 colors
>0mCDE|2|trueCDE|9|

  zpty_start
  zpty_input 'rh_widget() { BUFFER="true"; region_highlight+=( "0 4 fg=#040810" ); }'
  zpty_input 'zle -N rh_widget'
  zpty_input 'bindkey "\C-a" rh_widget'
  zpty_enable_zle
  zpty_input $'\C-a'  # emits newline, which executes BUFFER="true" command
  zpty_line 1 p       # the line of interest, preserving escapes ("p")
  zpty_stop
0:basic region_highlight with true-color (hex-triplets)
>0mCDE|8;2;4;8;16|trueCDE|9|

  zpty_start
  zpty_input 'zmodload zsh/nearcolor'
  zpty_input 'rh_widget() { BUFFER="true"; region_highlight+=( "0 4 fg=#040810" ); }'
  zpty_input 'zle -N rh_widget'
  zpty_input 'bindkey "\C-a" rh_widget'
  zpty_enable_zle
  zpty_input $'\C-a'  # emits newline, which executes BUFFER="true" command
  zpty_line 1 p       # the line of interest, preserving escapes ("p")
  zpty_stop
0:basic region_highlight with near-color (hex-triplets at input)
>0mCDE|8;5;232|trueCDE|9|

  zpty_start
  zpty_input 'rh_widget() { BUFFER="true"; region_highlight+=( "0 4 fg=green" ); rh2; }'
  zpty_input 'rh2() { region_highlight+=( "1 2 fg=red" ); }' # `r' in red; the above line would be too long
  zpty_input 'zle -N rh_widget'
  zpty_input 'bindkey "\C-a" rh_widget'
  zpty_enable_zle
  zpty_input $'\C-a'  # emits newline, which executes BUFFER="true" command
  zpty_line 1 p       # the line of interest, preserving escapes ("p")
  zpty_stop
0:overlapping region_highlight with 8 colors
>0mCDE|2|tCDE|1|rCDE|9|CDE|2|ueCDE|9|

  zpty_start
  zpty_input 'rh_widget() { BUFFER="true"; region_highlight+=( "0 4 fg=#00cc00" ); rh2; }'
  zpty_input 'rh2() { region_highlight+=( "1 2 fg=#cc0000" ); }' # `r' in red; the above line would be too long
  zpty_input 'zle -N rh_widget'
  zpty_input 'bindkey "\C-a" rh_widget'
  zpty_enable_zle
  zpty_input $'\C-a'  # emits newline, which executes BUFFER="true" command
  zpty_line 1 p       # the line of interest, preserving escapes ("p")
  zpty_stop
0:overlapping region_highlight with true-color
>0mCDE|8;2;0;204;0|tCDE|8;2;204;0;0|rCDE|9|CDE|8;2;0;204;0|ueCDE|9|

  zpty_start
  zpty_input 'zmodload zsh/nearcolor'
  zpty_input 'rh_widget() { BUFFER="true"; region_highlight+=( "0 4 fg=#00cc00" ); rh2; }'
  zpty_input 'rh2() { region_highlight+=( "1 2 fg=#cc0000" ); }' # `r' in red; the above line would be too long
  zpty_input 'zle -N rh_widget'
  zpty_input 'bindkey "\C-a" rh_widget'
  zpty_enable_zle
  zpty_input $'\C-a'  # emits newline, which executes BUFFER="true" command
  zpty_line 1 p       # the line of interest, preserving escapes ("p")
  zpty_stop
0:overlapping region_highlight with near-color (hex-triplets at input)
>0mCDE|8;5;40|tCDE|8;5;160|rCDE|9|CDE|8;5;40|ueCDE|9|

%clean

  zmodload -ui zsh/zpty

# vim:ft=zsh